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    • 1. 发明申请
    • DRIVING SYSTEM OF RELIEF SAFETY VALVE
    • 安全阀驱动系统
    • US20110249784A1
    • 2011-10-13
    • US13080303
    • 2011-04-05
    • Hiroshi YamazakiMikihide NakamaruKazuhiro Kamei
    • Hiroshi YamazakiMikihide NakamaruKazuhiro Kamei
    • G21C9/004
    • G21C9/004G21D1/02G21D3/04Y02E30/40
    • In one embodiment a relief safety valve driving system that supplies a driving gas by use of a relief safety valve driving unit and thereby opens a relief safety valve provided in a main steam system of a nuclear power plant if an accident or a transient state occurs, for protecting a reactor against pressurization, wherein the relief safety valve driving unit opens the relief safety valve by supplying the driving gas to the relief safety valve by one or more auto-depressurization system actuating signals, among auto-depressurization system actuating signals respectively belonging to three safety segments, or by a relief valve functions actuating signal, and closes the relief safety valve without supplying the driving gas thereto when none of the auto-depressurization system actuating signals and the relief valve functions actuating signal is generated.
    • 在一个实施例中,一种救援安全阀驱动系统,其通过使用安全阀驱动单元提供驱动气体,从而打开设在核电站主蒸汽系统中的泄压安全阀,如果发生事故或暂态, 用于保护反应堆免受加压,其中所述排放安全阀驱动单元通过一个或多个自动减压系统致动信号将所述驱动气体供应到所述排放安全阀来打开所述排放安全阀,所述自动减压系统致动信号分别属于 三个安全段或安全阀作用于启动信号,并且当不产生自动减压系统启动信号和安全阀功能致动信号时,不向其提供驱动气体而关闭泄压安全阀。
    • 2. 发明授权
    • Formation of electrostatic latent image
    • 静电潜像的形成
    • US4207100A
    • 1980-06-10
    • US904331
    • 1978-05-09
    • Sadao KadokuraKazuhiko HonjoKazuhiro Kamei
    • Sadao KadokuraKazuhiko HonjoKazuhiro Kamei
    • G03G13/05G03G13/24G03G15/04G03G15/047G03G15/18G03G13/044
    • G03G15/04G03G13/24
    • Disclosed is a process for forming an electrostatic latent image on a recording element having a dielectric layer superposed on a conductive electrode. In the first step of this process, the recording element and a xerographic sensitive element having a photoconductive layer also superposed on a conductive electrode are charged with the same polarity. In the second step, the photosensitive element is brought into virtual contact with the recording element so that the charged surface of the photoconductive layer in the photosensitive element is in face-to-face relationship with the charged surface of the dielectric layer in the recording element. In the third step, an external voltage is imposed between the two conductive electrodes, said voltage being of at least a magnitude for producing an electric field causing breakdown of minute air-gaps present between the contacted surfaces of the photosensitive element and the recording element and, before the completion of the external voltage imposition, an optical image is projected onto the photoconductive layer in the photosensitive element.
    • 公开了一种在具有叠加在导电电极上的电介质层的记录元件上形成静电潜像的方法。 在该方法的第一步骤中,具有也叠置在导电电极上的光电导层的记录元件和静电复印敏感元件以相同的极性被充电。 在第二步骤中,感光元件与记录元件虚拟接触,使得光敏元件中的光电导层的带电表面与记录元件中的电介质层的带电表面成面对面的关系 。 在第三步骤中,在两个导电电极之间施加外部电压,所述电压至少为产生电场的幅度,导致存在于感光元件的接触表面和记录元件之间的微小气隙的破坏,以及 ,在外部电压施加完成之前,将光学图像投影到光敏元件中的光电导层上。
    • 4. 发明申请
    • HEAD SPRAY SYSTEM OF REACTOR PRESSURE VESSEL
    • 反应堆压力容器喷头系统
    • US20100288848A1
    • 2010-11-18
    • US12779257
    • 2010-05-13
    • Kazuhiro KAMEI
    • Kazuhiro KAMEI
    • B05B15/00
    • G21C15/18Y02E30/40
    • A head spray system of a reactor pressure vessel includes a head spray line, a check valve, a vent line, a vent line shut-off valve, and an interlock mechanism. The head spray line supplies cooling water into the reactor pressure vessel when shutting down a reactor. The check valve is set up on the head spray line. The vent line which is connected to the head spray line evacuates a noncondensable gas. The vent line shut-off valve is set up on the vent line, and is open during normal plant operation. The interlock mechanism closes the vent line shut-off valve when a certain period of time has passed from the time of detecting a supply of the cooling water to the head spray line.
    • 反应堆压力容器的头喷系统包括头喷管,止回阀,排气管,排气管路截止阀和互锁机构。 当关闭反应堆时,喷头喷头将冷却水送入反应堆压力容器。 止回阀设置在喷头喷头上。 连接到头喷管的排气管排出不凝气体。 排气管路截止阀设置在通风管路上,在正常的设备运行期间打开。 当从检测到冷却水的供应时间到头喷雾管线的时间过去一段时间后,联动机构关闭排气管路截止阀。
    • 7. 发明授权
    • Magnetic head assembly for a flexible magnetic disk drive unit
    • 用于柔性磁盘驱动单元的磁头组件
    • US4858043A
    • 1989-08-15
    • US54517
    • 1987-05-27
    • Sadao KadokuraKazuhiro KameiKazuhiko Honjyo
    • Sadao KadokuraKazuhiro KameiKazuhiko Honjyo
    • G11B17/34G11B5/127G11B5/48G11B17/32G11B23/50
    • G11B23/505G11B17/32G11B5/1278G11B5/4886
    • A magnetic head assembly for a flexible magnetic disk drive unit has a magnetic recording and retrieving head for carrying out magnetic recording onto and retrieving from a metallic thin-film type flexible magnetic medium rotating about a center of the medium by coming into contact with the medium at a contact position, a first group of non-magnetic supporting pads arranged to support a plurality of positions of the flexible magnetic medium and disposed so as to surround the contact position, and a second group of non-magnetic suppressing pads in contact with a different plurality of positions of the flexible magnetic medium outward of the plurality of supporting positions so that the suppressing pads suppress any undulation of the flexible magnetic medium during rotation of the medium. The support pads and the magnetic recording and retrieving head may be formed with a recess, respectively, for trappng dust and other foreign materials, thereby preventing an accumulation of dust and other foreign materials between the head and the medium.
    • 用于柔性磁盘驱动单元的磁头组件具有磁记录和回收头,用于对通过与介质接触的围绕介质中心旋转的金属薄膜型柔性磁性介质进行磁记录 在接触位置处,布置成支撑所述柔性磁性介质的多个位置并且被设置为围绕所述接触位置的第一组非磁性支撑垫,以及与第一组非磁性抑制垫接触的非磁性抑制垫 柔性磁性介质的不同多个位置在多个支撑位置之外,使得抑制垫在介质旋转期间抑制柔性磁性介质的任何波动。 支撑垫和磁记录和回收头可以分别形成有用于吸入灰尘和其它异物的凹部,从而防止灰尘和其它异物在头部和介质之间的堆积。